After withdrawing plans for an IPO last year, Orum Therapeutics Inc. made its debut on the Korea Exchange in 2025 with a ₩50 billion (US$34.7 million) raise as South Korea’s first biopharma IPO of the year.
After withdrawing plans for an IPO last year, Orum Therapeutics Inc. made its debut on the Korea Exchange in 2025 with a ₩50 billion (US$34.7 million) raise as South Korea’s first biopharma IPO of the year.
Draupnir Bio is poised to advance a new approach to targeted protein degradation by engaging the sortilin receptor on lysosomes to promote the destruction of extracellular and membrane-bound disease proteins.
Orum Therapeutics Inc. struck a potential $945 million (₩1.3 trillion) deal with Vertex Pharmaceuticals Inc. to discover novel degrader antibody conjugates (DAC) as targeted conditioning agents for use with gene editing, including Vertex’s gene therapy, Casgevy (exagamglogene autotemcel).
Seoul, South Korea-based Genexine Co. Ltd. plans to merge with privately held EPD Biotherapeutics Co. Ltd. by October 2024 to build a pipeline of novel targeted protein degradation therapeutics with EPD Bio’s BioPROTAC platform technology.
Seoul, South Korea-based Genexine Co. Ltd. plans to merge with privately held EPD Biotherapeutics Co. Ltd. by October 2024 to build a pipeline of novel targeted protein degradation therapeutics with EPD Bio’s BioPROTAC platform technology.
Yuhan Corp., of Seoul, South Korea, has inked a ₩150 billion (US$108.6 million) deal with Korean biotech Ubix Therapeutics Inc. to gain exclusive global rights to UBX-103, Ubix’s oral small-molecule androgen receptor degrader for prostate cancer. Yuhan also announced July 1 that it gained the U.S. FDA’s nod to start a phase I study of a Gaucher disease drug candidate called YH-35995.
Sibylla Biotech Srl raised €23 million (US$22.9 million) in series A funding to progress its two lead programs in targeted protein degradation, to broaden its pipeline, and to enhance its computationally intensive discovery platform. The company is expanding the druggable proteome in a highly original fashion. It applies mathematical techniques originally developed in theoretical physics to simulating the intermediate folding states of target proteins that have no obvious drug-binding pockets. These may well have transient structures that a small molecule can bind. So instead of drugging the native, biologically active molecule, it aims to develop small-molecule drugs that lock them into an intermediate state. They are then eliminated by the usual protein degradation pathways that operate within cells.
Targeted protein degradation (TPD) specialist Plexium Inc.’s potential $565 million deal with Abbvie Inc. came on the heels of a tie-up with Amgen Inc. in February worth as much as $500 million-plus, as well as an oversubscribed $102 million financing the same month – all of which translates into “optionality, moving forward, to keep our heads down, do the work we’re really good at and continue to watch the market,” said CEO Percival Barretto-Ko.
